Moses Structural Engineers

David Moses Presents at Laurentian University, McEwen School of Architecture

David Moses was the keynote speaker at Laurentian University’s McEwan School of Architecture on March 21, 2018 at the Work on Wood (WoW) event. The presentation was titled “The Future of Building: Wood and the Carbon Neutral Pathway.” David tied together the topics of carbon, wood buildings and more specifically, tall wood buildings.

WoW was a full-day event featuring speakers from forestry, forest products research, and wood architectural design and education.

David focused on the vision for the future of construction:

We’re at the leading edge of a complete change in the way we build. With prefabrication, the construction site is now the factory, producing quality, high performance buildings at top speed. Prefabrication is the quietest, safest and cleanest construction site you have ever experienced.

A key feature of this new building system is materiality – mass timber replaces most of the concrete and steel typically used in construction. Mass timber is sustainably harvested, machine stress-graded and precision machined. However, there are some challenges our industry must overcome before we can make this leap. Some of the logistical hurdles include:

The construction industry is slow to change. The risks of adopting new methods and practices will prevent the majority of building owners from being first adopters. There will be hurdles in the planning process, in procurement and at times it will seem that small steps are being made. But as with any new technology, the life cycle starts with the early adopters.

David noted the huge potential of this opportunity. For those who are just starting their career, and are passionate about change, about the environment, and want to make a lasting impact, this is an exciting space to get into.

Imagine a construction shift that will make a lasting impact on creating local jobs, improve working conditions, and have a positive environmental impact using a sustainably-harvested, low embodied energy material to create high quality, high performance buildings at top speed!





Recent publications

Exit mobile version